Background: Situated in Gujarat, India, the project addresses the challenges posed by an invasive species within a grassland reserve. It converts waste biomass from restored areas into Biochar, using Carbon Standard International techniques. This Biochar is combined with compost and spread on the grassland, locking away carbon dioxide. This initiative is executed in partnership with a local NGO restoring the grassland in Gujarat, India. Activities: Operating since March 2023, the project utilizes KonTiki Kilns to convert invasive wood into Biochar, which is subsequently combined with compost and spread across the grassland. This process effectively locks away carbon dioxide, contributing to the creation of carbon sinks. Since its inception in March 2023, the project has sequestered more than 8000 tonnes of CO2. The permanence of the stored carbon is ensured by converting Biochar to a non-combustible form, minimizing risks of re-entering the atmosphere. The project shows no natural risks jeopardizing permanence and minimal operational risks due to Biochar conversion procedures. We can sequester 4000 tonnes of CO2e per month basis the current capacity (produced on request) and can scale-up to accommodate a higher demand. Social Impacts: Beyond carbon removal, the project positively impacts the local community by creating jobs, doubling average daily wages, and generating revenue through community income. It also educates and engages locals during the Rann of Kachchh festival. The project actively involves the community, guarantees fair wages, and contributes to economic growth. Additionally, it provides benefits through vocational training, enhancing the resilience of the area against climate change, and maintaining cultural integrity. Environmental Impact: The project employs strategies to mitigate air pollutants, focusing on accurately quantifying methane emissions and compensating through local tree plantation. Waterways remain unpolluted due to project activities, with a positive influence on local water and soil quality through improved methodologies. Soil quality enhancement and reduced reliance on artificial fertilizers are notable outcomes. Furthermore, the project centers around restoring grassland reserves, aiming to accelerate balanced ecology and sustainable biodiversity. Waste management adheres to responsible practices, with no hazardous waste produced. Integrity and Certification: Certification from CSI C-Sink and CERES-Cert confirms compliance with rigorous standards, while carbon removal credits are registered in the Carbon Standard International, ensuring credibility and accountability. Monitoring: A comprehensive monitoring process utilizes remote sensing, soil sampling, and biochar analysis, enabling real-time data collection. Carbon removal quantification follows the Global Artisan C-Sink standards, emphasizing permanence, additionality, and a focus on biochar's effectiveness. Risk Mitigation: A comprehensive risk analysis identifies and mitigates operational, technical, financial, and environmental risks. Proactive mitigation plans address supply stability, data security, and financial fluctuations, ensuring project stability. Moreover, community inclusion in decision-making, clear governance structure, and adherence to SDGs highlight responsible project management.

Co-benefits certification